Understanding the Emergence of Computational Institutional Science: A Review of Computational Modeling of Institutions and Institutional Dynamics

Nicholas Oesterling, Graham Ambrose, Jiho Kim
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Abstract

Computational Institutional Science (CIS) is an emerging stream of social science research performing institutional analysis with computational methods. While such scholarship is garnering increased attention, it draws on many different theories and engages disparate disciplinary backgrounds. Thus, this article provides an overview of CIS articles utilizing agent-based modeling, a computer simulation experiment method, to better understand critical theoretical lenses and topics. More specifically, this article clusters and analyzes 148 articles based on commonalities and differences empirically derived from their overlapping citations (i.e., citation cluster) and abstract content (i.e., topic cluster). Based on our analysis, we discuss the trends observed across cluster types and the overlap between them to better situate CIS inquiry.
理解计算制度科学的兴起:制度和制度动态计算建模综述
计算制度科学(Computational Institutional Science,CIS)是一种新兴的社会科学研究流派,利用计算方法进行制度分析。虽然此类学术研究正赢得越来越多的关注,但它借鉴了许多不同的理论,并涉及不同的学科背景。因此,本文概述了利用基于代理的建模(一种计算机模拟实验方法)来更好地理解关键理论视角和主题的 CIS 文章。更具体地说,本文对 148 篇文章进行了聚类和分析,这些文章的共同点和不同点来自于它们的重叠引用(即引用聚类)和摘要内容(即主题聚类)。在分析的基础上,我们讨论了在不同聚类类型中观察到的趋势以及它们之间的重叠,以便更好地定位 CIS 研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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